CHALET: Cornell House Agent Learning Environment
Claudia Yan, Dipendra Misra, Andrew Bennnett, Aaron Walsman, Yonatan, Bisk, Yoav Artzi

TL;DR
CHALET is a versatile 3D house simulation environment designed for training and evaluating autonomous agents in household tasks involving navigation, object manipulation, and multi-modal reasoning.
Contribution
It introduces a flexible, realistic house simulator supporting diverse activities and configurations, facilitating research in embodied AI and multi-modal learning.
Findings
Supports complex household tasks including object manipulation and navigation
Enables creation of diverse house layouts for varied experiments
Facilitates research in language, vision, and planning integration
Abstract
We present CHALET, a 3D house simulator with support for navigation and manipulation. CHALET includes 58 rooms and 10 house configuration, and allows to easily create new house and room layouts. CHALET supports a range of common household activities, including moving objects, toggling appliances, and placing objects inside closeable containers. The environment and actions available are designed to create a challenging domain to train and evaluate autonomous agents, including for tasks that combine language, vision, and planning in a dynamic environment.
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Taxonomy
TopicsReinforcement Learning in Robotics · Robotic Path Planning Algorithms · Social Robot Interaction and HRI
